|
Evolutionary Diversification in Anolis Lizards
|
Functions | |
| double | edal::Individual::mating_probability (const Individual &male) const |
| \(P(I,I') = \psi(I,I') C_y(I,I')\) More... | |
| double | edal::Individual::mating_probability_debarre (const Individual &male) const |
| \(P(I,I') = \psi(I,I') C_y(I,I')\) with Debarre 2012 More... | |
| double | edal::Individual::mating_probability_TPG2013 (const Individual &male) const |
| \(P(I,I') = \psi(I,I') C_y(I,I')\) with Thibert-Plante and Gavrilets 2013 More... | |
| std::vector< Loci > | edal::Individual::gametogenesis (URBG &) const |
| Gametogenesis with free recombination and mutation. More... | |
| std::vector< Individual > | edal::Patch::mate_and_reproduce () const |
| All females mate with someone according to mating probability. More... | |
| std::vector< Individual::Loci > edal::Individual::gametogenesis | ( | URBG & | engine | ) | const |
Gametogenesis with free recombination and mutation.
| std::vector< Individual > edal::Patch::mate_and_reproduce | ( | ) | const |
All females mate with someone according to mating probability.
Each mating results in a number of offspring drawn from a Poisson distribution with parameter b. We assume that all adult females mate. This assumption implies that any costs of mate choice, which can easily prevent divergence and speciation, are absent. This assumption also means that the effective population size is increased relative to the actual number of adults.
| double edal::Individual::mating_probability | ( | const Individual & | male | ) | const |
\(P(I,I') = \psi(I,I') C_y(I,I')\)
\[ \psi(f,c\mid m) = \left\{ \begin{array}{ll} \exp \left( -(2c-1)^2 \frac{(f-m)^2}{2\sigma_a^2}\right) & \mbox{if}\ c > 0.5,\\ 1 & \mbox{if}\ c=0.5,\\ \exp \left( -(2c-1)^2 \frac{(f-(1-m))^2}{2\sigma_a^2}\right) & \mbox{if}\ c<0.5, \end{array} \right. \]
| double edal::Individual::mating_probability_debarre | ( | const Individual & | male | ) | const |
\(P(I,I') = \psi(I,I') C_y(I,I')\) with Debarre 2012
\[ \psi(f,c\mid m) = \left\{ \begin{array}{ll} 1 - (2c-1)^2\Big[1 - \exp\Big(-\frac {(f-m)^2}{2\sigma_a}\Big)\Big] & \mbox{if}\ c > 0.5,\\ 1 & \mbox{if}\ c=0.5,\\ 1 - (2c-1)^2\Big[ \exp\Big(-\frac {(f-m)^2}{2\sigma_a}\Big)\Big] & \mbox{if}\ c<0.5, \end{array} \right. \]
| double edal::Individual::mating_probability_TPG2013 | ( | const Individual & | male | ) | const |
\(P(I,I') = \psi(I,I') C_y(I,I')\) with Thibert-Plante and Gavrilets 2013
\[ \psi(f,c\mid m) = \left\{ \begin{array}{ll} \exp \left( -(2c-1)^2 \frac{(f-m)^2}{2\sigma_a^2}\right) & \mbox{if}\ c > 0.5,\\ 1 & \mbox{if}\ c=0.5,\\ 2 - \exp \left( -(2c-1)^2 \frac{(f-m)^2}{2\sigma_a^2}\right) & \mbox{if}\ c<0.5, \end{array} \right. \]


Dashboard
Timeline
Performance
Raw MQTT Data
Anomaly Detection
Evaluate
Endpoint Response Time
Actors Load


ID:
{{batch.goodId}}
Pack Type:
{{batch.packType}}
Weight:
{{batch.quantity}}
Unit:
{{batch.unitOfMeasurements}}
Processed Date:
{{batch.processedDate | date:"shortDate"}}
Processed Time:
{{batch.processedTime | date:"shortTime"}}
Delivered Date:
{{batch.deliveredDate | date:"shortDate"}}
Delivered Time:
{{batch.deliveredTime | date:"shortTime"}}
Status:
{{batch.status}}
Farmer:
{{batch.sourceOwner}}
Producer:
{{batch.producer}}
Distributor:
{{batch.distributor}}
Retailer:
{{batch.retailer}}


The Page you requested was not found. It most likely moved to a new location. Please see links below.


Resource Management Dashboard
This page gives the charts and its corresponding details. The Charts listed out below are


{% extends "base.html" %} {% block title %}Online Voting Registry{% endblock %} {% block main %}
Welcome to the voting registrar.
{% if current_user.is_authenticated %} {% if user_has_voted %}You have already voted. Thank you for voting!
You can view election results at the results site.
{% else %}Check in to receive your ballotbox token.
{% endif %} {% else %} {% endif %}


app
/
me.argraur.notes.helpers
/
NoteActionManager
/
currentAction
currentAction
fun
currentAction
(
)
:
Action
Returns most recent called action
Return
Recent action (action var)


Go to the source code of this file.
Classes | |
| struct | msgParam |
| struct | msgResult |
| struct | svrMethod |
| struct | Resolver |
Defines | |
| #define | MAX_PARAMS 16 |
| #define | SZ_MSG 512 |
| #define | SVR_DEBUG (getenv("SVR_DBG")||access("/tmp/SVR_DBG",F_OK)==0) |
| #define | SVR_VERB (getenv("SVR_VERB")||access("/tmp/SVR_VERB",F_OK)==0) |
| #define | _SVR_METHOD_SIG_ (int objid, msgParam *pars, int npars); |
| #define | MAX_SESAME_ALIASES 16 |
Typedefs | |
| typedef int | handle_t |
| typedef struct msgParam * | msgParamP |
| typedef struct msgResult * | msgResultP |
| typedef struct Resolver * | ResolverP |
Functions | |
| vocRes_t * | svr_processMsg (vocMsg_t *msg) |
| char * | svr_urlEncode (char *str) |
| char * | svr_encIntResult (int status, int nitems, int val) |
| char * | svr_getURL (char *url) |
| int | svr_fileRead (int fd, void *vptr, int nbytes) |
| Read exactly "n" bytes from a file descriptor. | |
| int | svr_fileWrite (int fd, void *vptr, int nbytes) |
| Write exactly "n" bytes to a file descriptor. |
| #define _SVR_METHOD_SIG_ (int objid, msgParam *pars, int npars); |
Server method structure.
| char* svr_encIntResult | ( | int | status, | |
| int | nitems, | |||
| int | val | |||
| ) |
SVR_ENCINTRESULT -- Encode and integer result.
| int svr_fileRead | ( | int | fd, | |
| void * | vptr, | |||
| int | nbytes | |||
| ) |
Read exactly "n" bytes from a file descriptor.
SVR_FILEREAD -- Read exactly "n" bytes from a file descriptor.
| fd | file descriptor | |
| vptr | data buffer to be written | |
| nbytes | number of bytes to write |
| int svr_fileWrite | ( | int | fd, | |
| void * | vptr, | |||
| int | nbytes | |||
| ) |
Write exactly "n" bytes to a file descriptor.
SVR_FILEWRITE -- Write exactly "n" bytes to a file descriptor.
| fd | file descriptor | |
| vptr | data buffer to be written | |
| nbytes | number of bytes to write |
| char* svr_urlEncode | ( | char * | str | ) |
SVR_URLENCODE -- Returns a url-encoded version of str. Call must free() the pointer that is returned.


PigUnit - Pig script testing simplified.
Overview
PigUnit is a simple xUnit framework that enables you to easily test your Pig scripts. With PigUnit you can perform unit testing, regression testing, and rapid prototyping. No cluster set up is required if you run Pig in local mode.
PigUnit Example
We want to compute a top N of the most common queries. The Pig script is basic and very similar to the Query Phrase Popularity in the Pig tutorial. It expects in input a file of queries and a parameter n (n is 2 in our case in order to do a top 2).
Setting up a test for this script is simple as the argument and the input data are specified by just two arrays of text. It is the same for the expected output of the script that will be compared to the actual result of the execution of the Pig script.
Many examples are available in the PigUnit tests .
Java test
@Test public void testTop2Queries() { String[] args = { "n=2", }; PigTest test = new PigTest("top_queries.pig", args); String[] input = { "yahoo", "yahoo", "yahoo", "twitter", "facebook", "facebook", "linkedin", }; String[] output = { "(yahoo,3)", "(facebook,2)", }; test.assertOutput("data", input, "queries_limit", output); }
top_queries.pig
data = LOAD 'input' AS (query:CHARARRAY); queries_group = GROUP data BY query; queries_count = FOREACH queries_group GENERATE group AS query, COUNT(data) AS total; queries_ordered = ORDER queries_count BY total DESC, query; queries_limit = LIMIT queries_ordered $n; STORE queries_limit INTO 'output';
Run
Then the test can be executed by JUnit (or any other Java testing framework). It requires:
- pig.jar
- pigunit.jar
It takes about 25s to run and should pass. In case of error (for example change the parameter n to n=3), the diff of output is displayed:
junit.framework.ComparisonFailure: null expected:<...ahoo,3) (facebook,2)[]> but was:<...ahoo,3) (facebook,2)[ (linkedin,1)]> at junit.framework.Assert.assertEquals(Assert.java:81) at junit.framework.Assert.assertEquals(Assert.java:87) at org.apache.pig.pigunit.PigTest.assertEquals(PigTest.java:272)
Running PigUnit
Local Mode
PigUnit runs in Pig's local mode by default. Local mode is fast and enables you to use your local file system as the HDFS cluster. Local mode does not require a real cluster but a new local one is created each time.
Mapreduce Mode
PigUnit also runs in Pig's mapreduce mode. Mapreduce mode requires you to use a Hadoop cluster and HDFS installation. It is enabled when the Java system property pigunit.exectype.cluster is set to any value: e.g. -Dpigunit.exectype.cluster=true or System.getProperties().setProperty("pigunit.exectype.cluster", "true"). The cluster you select must be specified in the CLASSPATH (similar to the HADOOP_CONF_DIR variable).
Building PigUnit
To compile PigUnit (pigunit.jar), run this command from the Pig trunk:
$pig_trunk ant pigunit-jar
Troubleshooting Tips
Common problems you may encounter are discussed below.
Classpath in Mapreduce mode
When using PigUnit in mapreduce mode, be sure to include the $HADOOP_CONF_DIR of the cluster in your CLASSPATH.
The default value is ~/pigtest/conf.
org.apache.pig.backend.executionengine.ExecException: ERROR 4010: Cannot find hadoop configurations in classpath (neither hadoop-site.xml nor core-site.xml was found in the classpath).If you plan to use local mode, please put -x local option in command line
UDF jars Not Found
This error means that you are missing some jars in your test environment.
WARN util.JarManager: Couldn't find the jar for org.apache.pig.piggybank.evaluation.string.LOWER, skip it
Storing data
Pig currently drops all STORE and DUMP commands. You can tell PigUnit to keep the commands and execute the script:
test = new PigTest(PIG_SCRIPT, args); test.unoverride("STORE"); test.runScript();
Cache archive
For cache archive to work, your test environment needs to have the cache archive options specified by Java properties or in an additional XML configuration in its CLASSPATH.
If you use a local cluster, you need to set the required environment variables before starting it:
export LD_LIBRARY_PATH=/home/path/to/lib
Future Enhancements
Improvement and other components based on PigUnit that could be built later.
For example, we could build a PigTestCase and PigTestSuite on top of PigTest to:
- Add the notion of workspaces for each test.
- Remove the boiler plate code appearing when there is more than one test methods.
- Add a standalone utility that reads test configurations and generates a test report.


Name: Usage
Status: Experimental
General: Some text explaining what the directive as a whole is doing


|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
Object AdViewCore AdView
public class AdView
Viewer of advertising. Following parameters are defined automatically, if they are equal NULL: latitude - Latitude. longitude - Longitude. ua - The browser user agent of the device making the request.
| Nested Class Summary | |
|---|---|
static class |
AdView.BannerAdSize
Available ad dimensions for display AUTOSIZE_BANNER will attempt to fill the size allocated to the AdView See http://snakkads.com/technology/ad-specs for a description of the other ad sizes |
| Constructor Summary | |
|---|---|
AdView(Context context)
Creation of advanced viewer of advertising. |
|
AdView(Context context,
AttributeSet attrs)
Creation of advanced viewer of advertising. |
|
AdView(Context context,
AttributeSet attrs,
int defStyle)
Creation of advanced viewer of advertising. |
|
AdView(Context context,
String zone)
Creation of viewer of advertising. |
| Method Summary | |
|---|---|
void |
cancelUpdating()
stop ad from automatically reloading |
AdView.BannerAdSize |
getAdSize()
|
void |
setAdSize(AdView.BannerAdSize adSize)
|
void |
startRequestingAds(AdRequest request)
|
void |
startUpdating()
kicks off ad loading and display |
| Methods inherited from class Object |
|---|
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
|---|
public AdView(Context context, String zone)
context
- - The reference to the context of Activity.zone
- - The id of the zone of publisher site.public AdView(Context context, AttributeSet attrs, int defStyle)
context
- attrs
- defStyle
- public AdView(Context context, AttributeSet attrs)
context
- attrs
- public AdView(Context context)
context
- | Method Detail |
|---|
public AdView.BannerAdSize getAdSize()
public void setAdSize(AdView.BannerAdSize adSize)
public void startRequestingAds(AdRequest request)
public void startUpdating()
public void cancelUpdating()
|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


URGENT! Net neutrality may be lost very soon!!! This would allow ISPs to slow or block certain sites!
BBFC Gaming
404
Whatever you wanted, it's not here. Is this a new page? If so, the server may not have it yet as changes take a few minutes to apply.


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--- layout: post title: CF plugin for Eclipse update tags: [] status: publish type: post published: true meta: {} ---
The guys behind CFEclipse, a CFML plug for then eclipse editor have released a new update and it's hosted on a new site.
You can also find some more information and resources over on Nathan Strutz's page, which has some good info on getting started with Eclipse (which isn't as obvious as it may seem if you are used to CFStudio or Dreamweaver).


equals()
or hashCode()
being called on java.net.URL
objects.
This can cause performance problems because those methods uses a DNS lookup
to determine the equality of two java.net.URL
objects.
Depending on the availability of the network and the speed of the DNS server, this can cause
significant delays.
Example:
int f(URL url1, URL url2) { if (url1.equals(url2)) return url1.hashCode(); else return url2.hashCode(); }


{% load staticfiles %}
Accessibiilty statement Cookie policy
© {% now 'Y' %} The Henslowe-Alleyn Digitisation Project
Designed, developed and maintained by King's Digital Lab


Writing Robust JMS Applications
The following examples show how to use some of the more advanced features of the JMS API.
A Message Acknowledgment Example
The AckEquivExample.java client shows how both of the following two scenarios ensure that a message will not be acknowledged until processing of it is complete:
Using an asynchronous message consumer (a message listener) in an AUTO_ACKNOWLEDGE session
Using a synchronous receiver in a CLIENT_ACKNOWLEDGE session
With a message listener, the automatic acknowledgment happens when the onMessage method returns (that is, after message processing has finished). With a synchronous receiver, the client acknowledges the message after processing is complete. If you use AUTO_ACKNOWLEDGE with a synchronous receive, the acknowledgment happens immediately after the receive call; if any subsequent processing steps fail, the message cannot be redelivered.
The example is in the following directory:
tut-install/examples/jms/advanced/ackequivexample/src/java/
The example contains an AsynchSubscriber class with a TextListener class, a MultiplePublisher class, a SynchReceiver class, a SynchSender class, a main method, and a method that runs the other classes’ threads.
The example uses the following objects:
jms/ConnectionFactory, jms/Queue, and jms/Topic: resources that you created for A Simple Example of Synchronous Message Receives.
jms/ControlQueue: an additional queue
jms/DurableConnectionFactory: a connection factory with a client ID (see Creating Durable Subscriptions, for more information)
The new queue and connection factory are created at deployment time.
To Build, Package, Deploy, and Run ackequivexample Using NetBeans IDE
- To build and package the client, follow these steps.
- From the File menu, choose Open Project.
- In the Open Project dialog, navigate to:
tut-install/examples/jms/advanced/
- Select the ackequivexample folder.
- Select the Open as Main Project check box.
- Click Open Project.
- In the Projects tab, right-click the project and select Build.
- To run the client, right-click the ackequivexample project and select Run.
The client output looks something like this (along with some additional output):
Queue name is jms/ControlQueue Queue name is jms/Queue Topic name is jms/Topic Connection factory name is jms/DurableConnectionFactory SENDER: Created client-acknowledge session SENDER: Sending message: Here is a client-acknowledge message RECEIVER: Created client-acknowledge session RECEIVER: Processing message: Here is a client-acknowledge message RECEIVER: Now I’ll acknowledge the message SUBSCRIBER: Created auto-acknowledge session SUBSCRIBER: Sending synchronize message to control queue PUBLISHER: Created auto-acknowledge session PUBLISHER: Receiving synchronize messages from control queue; count = 1 PUBLISHER: Received synchronize message; expect 0 more PUBLISHER: Publishing message: Here is an auto-acknowledge message 1 PUBLISHER: Publishing message: Here is an auto-acknowledge message 2 SUBSCRIBER: Processing message: Here is an auto-acknowledge message 1 PUBLISHER: Publishing message: Here is an auto-acknowledge message 3 SUBSCRIBER: Processing message: Here is an auto-acknowledge message 2 SUBSCRIBER: Processing message: Here is an auto-acknowledge message 3
- After you run the client, you can delete the destination resource jms/ControlQueue
by using the following command:
asadmin delete-jms-resource jms/ControlQueue
You will need the other resources for other examples.
To Build, Package, Deploy, and Run ackequivexample Using Ant
- In a terminal window, go to the following directory:
tut-install/examples/jms/advanced/ackequivexample/
- To compile and package the client, type the following command:
ant
- To create needed resources, deploy the client JAR file to the GlassFish
Server, then retrieve the client stubs, type the following command:
ant getclient
Ignore the message that states that the application is deployed at a URL.
- Because this example takes no command-line arguments, you can run the client using
the following command:
ant run
Alternatively, you can type the following command:
appclient -client client-jar/ackequivexampleClient.jar
The client output looks something like this (along with some additional output):
Queue name is jms/ControlQueue Queue name is jms/Queue Topic name is jms/Topic Connection factory name is jms/DurableConnectionFactory SENDER: Created client-acknowledge session SENDER: Sending message: Here is a client-acknowledge message RECEIVER: Created client-acknowledge session RECEIVER: Processing message: Here is a client-acknowledge message RECEIVER: Now I’ll acknowledge the message SUBSCRIBER: Created auto-acknowledge session SUBSCRIBER: Sending synchronize message to control queue PUBLISHER: Created auto-acknowledge session PUBLISHER: Receiving synchronize messages from control queue; count = 1 PUBLISHER: Received synchronize message; expect 0 more PUBLISHER: Publishing message: Here is an auto-acknowledge message 1 PUBLISHER: Publishing message: Here is an auto-acknowledge message 2 SUBSCRIBER: Processing message: Here is an auto-acknowledge message 1 PUBLISHER: Publishing message: Here is an auto-acknowledge message 3 SUBSCRIBER: Processing message: Here is an auto-acknowledge message 2 SUBSCRIBER: Processing message: Here is an auto-acknowledge message 3
- After you run the client, you can delete the destination resource jms/ControlQueue
by using the following command:
asadmin delete-jms-resource jms/ControlQueue
You will need the other resources for other examples.
A Durable Subscription Example
The DurableSubscriberExample.java example shows how durable subscriptions work. It demonstrates that a durable subscription is active even when the subscriber is not active. The example contains a DurableSubscriber class, a MultiplePublisher class, a main method, and a method that instantiates the classes and calls their methods in sequence.
The example is in the tut-install/examples/jms/advanced/durablesubscriberexample/src/java/ directory.
The example begins in the same way as any publish/subscribe client: The subscriber starts, the publisher publishes some messages, and the subscriber receives them. At this point, the subscriber closes itself. The publisher then publishes some messages while the subscriber is not active. The subscriber then restarts and receives the messages.
To Build, Package, Deploy, and Run durablesubscriberexample Using NetBeans IDE
- To compile and package the client, follow these steps:
- From the File menu, choose Open Project.
- In the Open Project dialog, navigate to:
tut-install/examples/jms/advanced/
- Select the durablesubscriberexample folder.
- Select the Open as Main Project check box.
- Click Open Project.
- In the Projects tab, right-click the project and select Build.
- To run the client, right-click the durablesubscriberexample project and select Run.
The output looks something like this (along with some additional output):
Connection factory without client ID is jms/ConnectionFactory Connection factory with client ID is jms/DurableConnectionFactory Topic name is jms/Topic Starting subscriber PUBLISHER: Publishing message: Here is a message 1 SUBSCRIBER: Reading message: Here is a message 1 PUBLISHER: Publishing message: Here is a message 2 SUBSCRIBER: Reading message: Here is a message 2 PUBLISHER: Publishing message: Here is a message 3 SUBSCRIBER: Reading message: Here is a message 3 Closing subscriber PUBLISHER: Publishing message: Here is a message 4 PUBLISHER: Publishing message: Here is a message 5 PUBLISHER: Publishing message: Here is a message 6 Starting subscriber SUBSCRIBER: Reading message: Here is a message 4 SUBSCRIBER: Reading message: Here is a message 5 SUBSCRIBER: Reading message: Here is a message 6 Closing subscriber Unsubscribing from durable subscription
- After you run the client, you can delete the connection factory jms/DurableConnectionFactory
by using the following command:
asadmin delete-jms-resource jms/DurableConnectionFactory
To Build, Package, Deploy, and Run durablesubscriberexample Using Ant
- In a terminal window, go to the following directory:
tut-install/examples/jms/advanced/durablesubscriberexample/
- To compile and package the client, type the following command:
ant
- To create any needed resources, deploy the client JAR file to the GlassFish
Server, then retrieve the client stubs, type the following command:
ant getclient
Ignore the message that states that the application is deployed at a URL.
- Because this example takes no command-line arguments, you can run the client using
the following command:
ant run
Alternatively, you can type the following command:
appclient -client client-jar/durablesubscriberexampleClient.jar
- After you run the client, you can delete the connection factory jms/DurableConnectionFactory
by using the following command:
asadmin delete-jms-resource jms/DurableConnectionFactory
A Local Transaction Example
The TransactedExample.java example demonstrates the use of transactions in a JMS client application. The example is in the tut-install/examples/jms/advanced/transactedexample/src/java/ directory.
This example shows how to use a queue and a topic in a single transaction as well as how to pass a session to a message listener’s constructor function. The example represents a highly simplified e-commerce application in which the following things happen.
A retailer sends a MapMessage to the vendor order queue, ordering a quantity of computers, and waits for the vendor’s reply:
producer = session.createProducer(vendorOrderQueue); outMessage = session.createMapMessage(); outMessage.setString("Item", "Computer(s)"); outMessage.setInt("Quantity", quantity); outMessage.setJMSReplyTo(retailerConfirmQueue); producer.send(outMessage); System.out.println("Retailer: ordered " + quantity + " computer(s)"); orderConfirmReceiver = session.createConsumer(retailerConfirmQueue); connection.start();
The vendor receives the retailer’s order message and sends an order message to the supplier order topic in one transaction. This JMS transaction uses a single session, so you can combine a receive from a queue with a send to a topic. Here is the code that uses the same session to create a consumer for a queue and a producer for a topic:
vendorOrderReceiver = session.createConsumer(vendorOrderQueue); supplierOrderProducer = session.createProducer(supplierOrderTopic);
The following code receives the incoming message, sends an outgoing message, and commits the session. The message processing has been removed to keep the sequence simple:
inMessage = vendorOrderReceiver.receive(); // Process the incoming message and format the outgoing // message ... supplierOrderProducer.send(orderMessage); ... session.commit();
Each supplier receives the order from the order topic, checks its inventory, and then sends the items ordered to the queue named in the order message’s JMSReplyTo field. If it does not have enough in stock, the supplier sends what it has. The synchronous receive from the topic and the send to the queue take place in one JMS transaction.
receiver = session.createConsumer(orderTopic); ... inMessage = receiver.receive(); if (inMessage instanceof MapMessage) { orderMessage = (MapMessage) inMessage; } // Process message MessageProducer producer = session.createProducer((Queue) orderMessage.getJMSReplyTo()); outMessage = session.createMapMessage(); // Add content to message producer.send(outMessage); // Display message contentssession.commit();
The vendor receives the replies from the suppliers from its confirmation queue and updates the state of the order. Messages are processed by an asynchronous message listener; this step shows the use of JMS transactions with a message listener.
MapMessage component = (MapMessage) message; ... orderNumber = component.getInt("VendorOrderNumber"); Order order = Order.getOrder(orderNumber).processSubOrder(component); session.commit();
When all outstanding replies are processed for a given order, the vendor message listener sends a message notifying the retailer whether it can fulfill the order.
Queue replyQueue = (Queue) order.order.getJMSReplyTo(); MessageProducer producer = session.createProducer(replyQueue); MapMessage retailerConfirmMessage = session.createMapMessage(); // Format the message producer.send(retailerConfirmMessage); session.commit();
The retailer receives the message from the vendor:
inMessage = (MapMessage) orderConfirmReceiver.receive();
Figure 48-2 illustrates these steps.
The example contains five classes: GenericSupplier, Order, Retailer, Vendor, and VendorMessageListener. The example also contains a main method and a method that runs the threads of the Retailer, Vendor, and two supplier classes.
All the messages use the MapMessage message type. Synchronous receives are used for all message reception except for the case of the vendor processing the replies of the suppliers. These replies are processed asynchronously and demonstrate how to use transactions within a message listener.
At random intervals, the Vendor class throws an exception to simulate a database problem and cause a rollback.
All classes except Retailer use transacted sessions.
The example uses three queues named jms/AQueue, jms/BQueue, and jms/CQueue, and one topic named jms/OTopic.
To Build, Package, Deploy, and Run transactedexample Using NetBeans IDE
- In a terminal window, go to the following directory:
tut-install/examples/jms/advanced/transactedexample/
- To compile and package the client, follow these steps:
- From the File menu, choose Open Project.
- In the Open Project dialog, navigate to:
tut-install/examples/jms/advanced/
- Select the transactedexample folder.
- Select the Open as Main Project check box.
- Click Open Project.
- In the Projects tab, right-click the project and select Build.
- To deploy and run the client, follow these steps:
- Right-click the transactedexample project and select Properties.
- Select Run from the Categories tree.
- In the Arguments field, type a number that specifies the number of computers
to order:
3
- Click OK.
- Right-click the project and select Run.
The output looks something like this (along with some additional output):
Quantity to be ordered is 3 Retailer: ordered 3 computer(s) Vendor: Retailer ordered 3 Computer(s) Vendor: ordered 3 monitor(s) and hard drive(s) Monitor Supplier: Vendor ordered 3 Monitor(s) Monitor Supplier: sent 3 Monitor(s) Monitor Supplier: committed transaction Vendor: committed transaction 1 Hard Drive Supplier: Vendor ordered 3 Hard Drive(s) Hard Drive Supplier: sent 1 Hard Drive(s) Vendor: Completed processing for order 1 Hard Drive Supplier: committed transaction Vendor: unable to send 3 computer(s) Vendor: committed transaction 2 Retailer: Order not filled Retailer: placing another order Retailer: ordered 6 computer(s) Vendor: JMSException occurred: javax.jms.JMSException: Simulated database concurrent access exception javax.jms.JMSException: Simulated database concurrent access exception at TransactedExample$Vendor.run(Unknown Source) Vendor: rolled back transaction 1 Vendor: Retailer ordered 6 Computer(s) Vendor: ordered 6 monitor(s) and hard drive(s) Monitor Supplier: Vendor ordered 6 Monitor(s) Hard Drive Supplier: Vendor ordered 6 Hard Drive(s) Monitor Supplier: sent 6 Monitor(s) Monitor Supplier: committed transaction Hard Drive Supplier: sent 6 Hard Drive(s) Hard Drive Supplier: committed transaction Vendor: committed transaction 1 Vendor: Completed processing for order 2 Vendor: sent 6 computer(s) Retailer: Order filled Vendor: committed transaction 2
- After you run the client, you can delete the destination resources from the
IDE or by using the following commands:
asadmin delete-jms-resource jms/AQueue asadmin delete-jms-resource jms/BQueue asadmin delete-jms-resource jms/CQueue asadmin delete-jms-resource jms/OTopic
To Build, Package, Deploy, and Run transactedexample Using Ant and the appclient Command
- In a terminal window, go to the following directory:
tut-install/examples/jms/advanced/transactedexample/
- To build and package the client, type the following command:
ant
- Create needed resources, deploy the client JAR file to the GlassFish Server, then
retrieve the client stubs:
ant getclient
Ignore the message that states that the application is deployed at a URL.
- Use a command like the following to run the client.
The argument specifies the number of computers to order.
appclient -client client-jar/transactedexampleClient.jar 3
The output looks something like this (along with some additional output):
Quantity to be ordered is 3 Retailer: ordered 3 computer(s) Vendor: Retailer ordered 3 Computer(s) Vendor: ordered 3 monitor(s) and hard drive(s) Monitor Supplier: Vendor ordered 3 Monitor(s) Monitor Supplier: sent 3 Monitor(s) Monitor Supplier: committed transaction Vendor: committed transaction 1 Hard Drive Supplier: Vendor ordered 3 Hard Drive(s) Hard Drive Supplier: sent 1 Hard Drive(s) Vendor: Completed processing for order 1 Hard Drive Supplier: committed transaction Vendor: unable to send 3 computer(s) Vendor: committed transaction 2 Retailer: Order not filled Retailer: placing another order Retailer: ordered 6 computer(s) Vendor: JMSException occurred: javax.jms.JMSException: Simulated database concurrent access exception javax.jms.JMSException: Simulated database concurrent access exception at TransactedExample$Vendor.run(Unknown Source) Vendor: rolled back transaction 1 Vendor: Retailer ordered 6 Computer(s) Vendor: ordered 6 monitor(s) and hard drive(s) Monitor Supplier: Vendor ordered 6 Monitor(s) Hard Drive Supplier: Vendor ordered 6 Hard Drive(s) Monitor Supplier: sent 6 Monitor(s) Monitor Supplier: committed transaction Hard Drive Supplier: sent 6 Hard Drive(s) Hard Drive Supplier: committed transaction Vendor: committed transaction 1 Vendor: Completed processing for order 2 Vendor: sent 6 computer(s) Retailer: Order filled Vendor: committed transaction 2
- After you run the client, you can delete the destination resources by using
the following command:
asadmin delete-jms-resource jms/AQueue asadmin delete-jms-resource jms/BQueue asadmin delete-jms-resource jms/CQueue asadmin delete-jms-resource jms/OTopic


An implementation of the coverage class that allows to cover a given area with the random walk algorithm. The random walk is a mathematical movement model, where an agent moves straight for a specific distance and then changes its direction randomly. More...
#include <ugv_random_walk.h>
Public Member Functions | |
| behavior_state_t | step () |
| Move the swarm member to a new position. More... | |
| void | stop () |
| Stop moving. More... | |
| ugv_random_walk () | |
| Constructor that initializes the private member variables. More... | |
| ~ugv_random_walk () | |
| Destructor that deletes the private member objects. More... | |
Private Member Functions | |
| bool | new_direction () |
| Compute new direction using rng. More... | |
| bool | reflect () |
| Compute new direction as reflection from wall. More... | |
| geometry_msgs::Pose | select_goal () |
| Compute goal position from direction. More... | |
Private Attributes | |
| ServiceClient | bound_client |
| Service client for determining closest mission area boundary to the current UGV position. More... | |
| ServiceClient | clear_sector_client |
| Service client for determining the sector clear of obstacles. More... | |
| double | direction |
| The direction in which the UGV is traveling. It is measured in radian, clockwise starting from north. More... | |
| position | pos |
| A helper object for position related tasks. More... | |
| random_numbers::RandomNumberGenerator * | rng |
| The random number generator used for selecting a random direction. More... | |
| double | step_size |
| The distance that the UGV travels in one step. More... | |
An implementation of the coverage class that allows to cover a given area with the random walk algorithm. The random walk is a mathematical movement model, where an agent moves straight for a specific distance and then changes its direction randomly.
Definition at line 24 of file ugv_random_walk.h.
| ugv_random_walk::ugv_random_walk | ( | ) |
Constructor that initializes the private member variables.
Definition at line 3 of file lib/ugv_random_walk.cpp.
| ugv_random_walk::~ugv_random_walk | ( | ) |
Destructor that deletes the private member objects.
Definition at line 34 of file lib/ugv_random_walk.cpp.
|
private |
Compute new direction using rng.
Definition at line 71 of file lib/ugv_random_walk.cpp.
|
private |
Compute new direction as reflection from wall.
Definition at line 95 of file lib/ugv_random_walk.cpp.
|
private |
Compute goal position from direction.
Definition at line 119 of file lib/ugv_random_walk.cpp.
| behavior_state_t ugv_random_walk::step | ( | ) |
Move the swarm member to a new position.
Definition at line 39 of file lib/ugv_random_walk.cpp.
| void ugv_random_walk::stop | ( | ) |
Stop moving.
Definition at line 66 of file lib/ugv_random_walk.cpp.
|
private |
Service client for determining closest mission area boundary to the current UGV position.
Definition at line 70 of file ugv_random_walk.h.
|
private |
Service client for determining the sector clear of obstacles.
Definition at line 75 of file ugv_random_walk.h.
|
private |
The direction in which the UGV is traveling. It is measured in radian, clockwise starting from north.
Definition at line 90 of file ugv_random_walk.h.
|
private |
A helper object for position related tasks.
Definition at line 80 of file ugv_random_walk.h.
|
private |
The random number generator used for selecting a random direction.
Definition at line 95 of file ugv_random_walk.h.
|
private |
The distance that the UGV travels in one step.
Definition at line 85 of file ugv_random_walk.h.


We do but teach bloody instructions
Which, being taught, return to plague th' inventor
Shakespeare, Macbeth
4.1 Instructions / 4.2 Operand types / 4.3 Form and operand count / 4.4 Specifying operand types / 4.5 Operands / 4.6 Stores / 4.7 Branches / 4.8 Text opcodes
A single Z-machine instruction consists of the following sections (and in the order shown):
Opcode 1 or 2 bytes (Types of operands) 1 or 2 bytes: 4 or 8 2-bit fields Operands Between 0 and 8 of these: each 1 or 2 bytes (Store variable) 1 byte (Branch offset) 1 or 2 bytes (Text to print) An encoded string (of unlimited length)
Bracketed sections are not present in all opcodes. (A few opcodes take both "store" and "branch".)
There are four 'types' of operand. These are often specified by a number stored in 2 binary digits:
$$00 Large constant (0 to 65535) 2 bytes $$01 Small constant (0 to 255) 1 byte $$10 Variable 1 byte $$11 Omitted altogether 0 bytes
Large constants, like all 2-byte words of data in the Z-machine, are stored with most significant byte first (e.g. $2478 is stored as $24 followed by $78). A 'large constant' may in fact be a small number.
Variable number $00 refers to the top of the stack, $01 to $0f mean the local variables of the current routine and $10 to $ff mean the global variables. It is illegal to refer to local variables which do not exist for the current routine (there may even be none).
The type 'Variable' really means "variable by value". Some instructions take as an operand a "variable by reference": for instance, inc has one operand, the reference number of a variable to increment. This operand usually has type 'Small constant' (and Inform automatically assembles a line like @inc turns by writing the operand turns as a small constant with value the reference number of the variable turns).
Each instruction has a form (long, short, extended or variable) and an operand count (0OP, 1OP, 2OP or VAR). If the top two bits of the opcode are $$11 the form is variable; if $$10, the form is short. If the opcode is 190 ($BE in hexadecimal) and the version is 5 or later, the form is "extended". Otherwise, the form is "long".
In short form, bits 4 and 5 of the opcode byte give an operand type as above. If this is $11 then the operand count is 0OP; otherwise, 1OP. In either case the opcode number is given in the bottom 4 bits.
In long form the operand count is always 2OP. The opcode number is given in the bottom 5 bits.
In variable form, if bit 5 is 0 then the count is 2OP; if it is 1, then the count is VAR. The opcode number is given in the bottom 5 bits.
In extended form, the operand count is VAR. The opcode number is given in a second opcode byte.
Next, the types of the operands are specified.
In short form, bits 4 and 5 of the opcode give the type.
In long form, bit 6 of the opcode gives the type of the first operand, bit 5 of the second. A value of 0 means a small constant and 1 means a variable. (If a 2OP instruction needs a large constant as operand, then it should be assembled in variable rather than long form.)
In variable or extended forms, a byte of 4 operand types is given next. This contains 4 2-bit fields: bits 6 and 7 are the first field, bits 0 and 1 the fourth. The values are operand types as above. Once one type has been given as 'omitted', all subsequent ones must be. Example: $$00101111 means large constant followed by variable (and no third or fourth opcode).
In the special case of the "double variable" VAR opcodes call_vs2 and call_vn2 (opcode numbers 12 and 26), a second byte of types is given, containing the types for the next four operands.
The operands are given next. Operand counts of 0OP, 1OP or 2OP require 0, 1 or 2 operands to be given, respectively. If the count is VAR, there must be as many operands as there were types other than 'omitted'.
Note that only call_vs2 and call_vn2 can have more than 4 operands, and no instruction can have more than 8.
Opcode operands are always evaluated from first to last - this order is important when the stack pointer appears as an argument. Thus
@sub sp sp -> i;
subtracts the second-from-top stack item from the topmost stack item.
"Store" instructions return a value: e.g., mul multiplies its two operands together. Such instructions must be followed by a single byte giving the variable number of where to put the result.
Instructions which test a condition are called "branch" instructions. The branch information is stored in one or two bytes, indicating what to do with the result of the test. If bit 7 of the first byte is 0, a branch occurs when the condition was false; if 1, then branch is on true. If bit 6 is set, then the branch occupies 1 byte only, and the "offset" is in the range 0 to 63, given in the bottom 6 bits. If bit 6 is clear, then the offset is a signed 14-bit number given in bits 0 to 5 of the first byte followed by all 8 of the second.
An offset of 0 means "return false from the current routine", and 1 means "return true from the current routine".
Otherwise, a branch moves execution to the instruction at address
Address after branch data + Offset - 2.
Two opcodes, print and print_ret, are followed by a text string. This is stored according to the usual rules: in particular execution continues after the last 2-byte word of text (the one with top bit set).
Some opcodes have type VAR only because the available codes for the other types had run out; print_char, for instance. Others, especially call, need the flexibility to have between 1 and 4 operands.
The Inform assembler can assemble branches in either form, though the programmer should always use long form unless there's a good reason. Inform automatically optimises branch statements so as to force as many of them as possible into short form. (This optimisation will happen to branches written by hand in assembler as well as to branches compiled by Inform.)
The disassembler Txd numbers locals from 0 to 14 and globals from 0 to 239 in its output (corresponding to variable numbers 1 to 15, and 16 to 255, respectively).
The branch formula is sensible because in the natural implementation, the program counter is at the address after the branch data when the branch takes place: thus it can be regarded as
PC = PC + Offset - 2.
If the rule were simply "add the offset" then, since the offset couldn't be 0 or 1 (because of the return-false and return-true values), we would never be able to skip past a 1-byte instruction (say, a 0OP like quit), or specify the branch "don't branch at all" (sometimes useful to ignore the result of the test altogether). Subtracting 2 means that the only effects we can't achieve are
PC = PC - 1 and PC = PC - 2
and we would never want these anyway, since they would put the program counter somewhere back inside the same instruction, with horrid consequences.
Briefly, the first byte of an instruction can be decoded using the following table:
$00 -- $1f long 2OP small constant, small constant $20 -- $3f long 2OP small constant, variable $40 -- $5f long 2OP variable, small constant $60 -- $7f long 2OP variable, variable $80 -- $8f short 1OP large constant $90 -- $9f short 1OP small constant $a0 -- $af short 1OP variable $b0 -- $bf short 0OP except $be extended opcode given in next byte $c0 -- $df variable 2OP (operand types in next byte) $e0 -- $ff variable VAR (operand types in next byte(s))
Here is an example disassembly:
@inc_chk c 0 label; 05 02 00 d4 long form; count 2OP; opcode number 5; operands: 02 small constant (referring to variable c) 00 small constant 0 branch if true: 1-byte offset, 20 (since label is 18 bytes forward from here). @print "Hello.^"; b2 11 aa 46 34 16 45 9c a5 short form; count 0OP. literal string, Z-chars: 4 13 10 17 17 20 5 18 5 7 5 5. @mul 1000 c -> sp; d6 2f 03 e8 02 00 variable form; count 2OP; opcode number 22; operands: 03 e8 long constant (1000 decimal) 02 variable c store result to stack pointer (var number 00). @call_1n Message; 8f 01 56 short form; count 1OP; opcode number 15; operand: 01 56 long constant (packed address of routine) .label;
Section 1 / 2 / 3 / 4 / 5 / 6 / 7 / 8 / 9 / 10 / 11 / 12 / 13 / 14 / 15 / 16
Appendix A / B / C / D / E / F


Content-type: text/html;charset=UTF-8 Set-cookie: session=7777
Some nouns in this language take adjectives as incorporated affixes:
For nouns of this type, a determiner is: obligatory optional impossible
Argument structure: If this verb class includes bipartite stems, select the position class for the affix portion of the stems:
Argument structure: nom If this verb class includes bipartite stems, select the position class for the affix portion of the stems:
Argument structure: nom-acc,dirinv If this verb class includes bipartite stems, select the position class for the affix portion of the stems:
This type of adjective is attributive predicative both unspecified
This type of adjective behaving attributively modifies items immediately after the adjective before the adjective either position some other position: this option is not currently supported
Adjectives of this type behaving predicatively appear as the complement of a copula: obligatorily optionally impossibly
If this auxiliary type takes a VP or V complement, select the subject type: noun phrase without case restrictions noun phrase bearing the case the verbal complement assigns to its subject noun phrase, receiving the following case from its auxiliary: adpositional phrase
NPs
PPs


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Beloved (1998) 3 1/2 stars out of 4. Starring Oprah Winfrey and Danny Glover. Directed by Jonathan Demme
The film adaptation of Toni Morrison's Beloved is a haunting, poetic epic that's part ghost story, part love story, part family drama.
It's a powerful, eerie story that, quite frankly, those with a lack of or little imagination will have difficulty following or understanding.
Looming over this story is the abomination of slavery and the scars, both physical and psychological, it has left on its victims.
Set in rural Ohio in 1873, the movie tells of Sethe (Oprah Winfrey), her daughter, Denver (Kimberly Elise), Sethe's lover, Paul D (Danny Glover), and the strange, young woman (Thandie Newton) who enters their lives. She calls herself Beloved.
She is an otherworldly woman-child who appears on Sethe's doorstep covered with insects and drooling like a baby.
Sethe takes her into her home and into her heart for Sethe is haunted by a dark and bloody secret - an infant daughter she killed to keep her and her family from being returned to slavery.
Is Beloved the spirit of that daughter? That is the mystery that intrigues the audience.
Beloved offers an opportunity for a strong ensemble of actresses to demonstrate their talents. It is the richest interaction of women on screen since the 1993 screen version of another best seller, Amy Tan's The Joy Luck Club.
First and foremost is Winfrey's Sethe. She is a fierce, yet enigmatic individual, determined to make a life for herself and her family as free individuals. The scars she carries, literally and figuratively, drive her to try to protect her family from the ghosts of her past.
Winfrey's superb performance should come as no surprise to those who remember her remarkable film debut a decade ago in Steven Spielberg's film version of Alice Walker's The Color Purple.
Winfrey, who purchased the rights to Morrison's Pulitzer Prize-winning novel about 10 years ago, has nurtured this project for a decade. She has poured her heart and soul into Sethe, creating a woman of indomitable fortitude.
Newton has the showiest as well as the most difficult chore, bringing to life the unearthly Beloved. At times Newton's performance comes very close to an Exorcist-like parody, as she croaks, drools and hisses her way through the script, flailing her arms and walking like a child who has just mastered her first steps.
She is demanding and dependent, childlike innocent and darkly demonic.
Newton walks an acting tightrope with very few missteps. It is a brave and daring performance.
The high points of Beloved are those scenes featuring veteran performer Beah Richards as Baby Suggs, Sethe's mother-in-law. She's a freed slave turned preacher whose sermons are meant to lift the hearts and souls of a newly freed people. Her sermon from atop a rock in which the men begin to dance around her while the children laugh and the women wail is magical.
Richards is an island of tenderness in a movie filled with some horrific and brutal images.
As Denver, Elise has the thankless task of allowing herself to be overshadowed by the more flamboyant Newton. Yet as the film progresses, Denver gains strength, resolve and backbone. She starts as someone needing the protection of her mother and ends up an independent woman fighting to save her mother's soul.
Elise, with doe-like eyes and determined mouth, could pass as Winfrey's daughter. This fine young actress probably delivers the most subtle and strongest performance in the film.
Glover brings humor and dignity to the role of Paul D. He's a good man whose feet, as he says, have done a lot of walking since being freed. He finds a home and works to make a life with Sethe, trying to help her conquer the specters of her past.
The bond that binds these two are Sweet Home, the ironic name of the Kentucky plantation on which they were both slaves. The flashback scenes showing the brutalization of the slaves are horrifying, yet somehow disconcerting. Their tone seems more Mandingo and less Morrison. Thankfully, Beloved only contains a few lurid flashbacks, not enough to throw the film out of kilter.
Director Jonathan Demme (Silence of the Lambs, Philadelphia) tells much of his story in close-up, making Beloved an intimate experience between character and audience, bringing the viewer into the lives of Sethe and her family.
Screenwriters Akosua Busia, Richard LeGravenese and Adam Brooks did a masterful job of translating Morrison's sometime elliptical novel into cinematic terms.
Rachel Portman's uplifting score adds to the tenor of the film as does Tak Fujimoto's brilliant cinematography.
Beloved, at nearly three hours in length, is an outstanding film, featuring Oscar-caliber performances from its leading players. It is a literate endeavor, but one literal-minded people may not totally appreciate. It is a film in which you must allow your imagination free rein.
Bob Bloom is the film critic at the Journal and Courier in Lafayette, Ind. He can be reached by e-mail at<EMAIL_ADDRESS>or at<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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Related links: index of all rec.arts.movies.reviews reviews


--- layout: post date: 2009-02-11 time: "10:00:00" authors: ["Greg Wilson"] title: MTEST tags: ["Community", "Content", "MathWorks", "Noticed"] ---
Steve Eddins has posted an xUnit-style testing harness for MATLAB called MTEST on the MATLAB Central File Exchange. It's a nice piece of work, and I hope numerical programmers will make heavy use of it.


Masan High-Tech Materials (MHT) is a leading global supplier of midstream tungsten products across critical industries such as, automotive, aviation, chemical production, construction, electronics, energy, engineering, mining, and tool making.
Masan High-Tech Materials' objective is to demonstrate to the world that a Vietnamese company can lead the transformation of the global tungsten market by working closely with our customers to deliver them local solutions developed globally. This will enable MHT to deliver a consistent and strong financial profile across business cycles.
MHT represents a strategic source of supply for customers seeking high quality products made from primary or recycled tungsten units. From Vietnam, Masan Tungsten Company provides high quality APT, BTO & YTO units from primary concentrate, while through the recently acquired HC Starck Tungsten Powders, one of Europe’s largest tungsten recyclers, provides high quality powders and carbides produced locally in Germany, China, or Canada to the exacting requirements of our local customer base.
MHT’s quality position is underpinned through its in-house R&D facilities in Germany & Vietnam supported by its 100% owned commercial laboratory ChemiLytics. ChemiLytics is the #1 Refractory Analytical Laboratory in Europe and is one of the largest industrial laboratories in Germany for inorganic elemental analysis and powder characterisation.
Through the 100% owned Nui Phao Mining Company, MHT operates the largest single fluorite mine outside of the two major sources (China and Mexico) accounting for 6-7% of total global supply of acid-grade fluorspar
MHT is the leading premium supplier of the technology metal tungsten and high-performance carbides. With innovativeness, a clear commitment to quality, and extensive technological expertise we work along-side our customers across the entire value-creation chain, supporting them as an expert partner in development and solution creation.
The Sustainability Report was prepared in accordance with the Global Reporting Initiative (GRI), G4 Guidelines. It reflects the application of and alignment with the recognized international policies, standards and management practices, including the principles set out by the International Council on Mining and Metals (ICMM) Sustainable Development Framework, the United Nations GlobalCompact (UNGC),theWorldBank’sguidelines on involuntary resettlement, Environmental and Social Impact Assessment (ESIA) and other policies as well as standards and practices for sustainable society and environment set out by the International Finance Corporation (IFC).
This year’s sustainability report is particularly characterized with its adherence to the Sustainable Development Goals (SDGs) and the Corporate Sustainability Index (CSI). This was partly driven by the fact that the Vietnam Chamber of Commerce and Industry (VCCI) recently began to provide a means to assess the level of sustainable development of Vietnamese enterprises.
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Files and Libraries
The following files and libraries are available:
- License
- C Client Library
- .NET Client Library
- Java Client Library
- Java JSON Client Library
- Objective C Client Library
License
Created May 22, 2008 9:20:28 PM
The license file governing the use of this API.
Files
| name | size |
|---|---|
| LICENSE.txt | 128.00bytes |
C Client Library
Created Dec 10, 2012 1:59:04 PM
Introduction
The C module generates the source code for the ANSI-C-compatible data structures and (de)serialization functions that can be used in conjunction with libxml2 to (de)serialize the REST resources as they are represented as XML data.
The generated C source code depends on the XML Reader API and the XML Writer API as well as the <time.h>, <string.h>, and <stdlib.h> C standard libraries.
REST XML Example
#include <ifyouwannabecool.c>
//...
xmlTextReaderPtr reader = ...; //set up the reader to the url.
ifyouwannabecool_persona_persona *response_element = ...;
response_element = xml_read_ifyouwannabecool_persona_persona(reader);
//handle the response as needed...
//free the ifyouwannabecool_persona_persona
free_ifyouwannabecool_persona_persona(response_element);
Files
| name | size | description |
|---|---|---|
| ifyouwannabecool.c | 48.99K | |
| enunciate-common.c | 39.70K | Common code needed for all projects. |
.NET Client Library
Created Dec 10, 2012 1:59:05 PM
Introduction
The .NET client-side library may be used to access the SOAP API for this application via the .NET runtime.
.NET Service Example
//instantiate a new service...
PersonaService service = new PersonaService();
//make the remote call...
result = service.ReadPersona(personaId);
//handle the result as needed...
The .NET client-side library defines the classes that can be (de)serialized to/from XML. This is useful for accessing the REST endpoints that are published by this application.
REST Example
//read a resource from a REST url
Uri uri = new Uri(...);
XmlSerializer s = new XmlSerializer(
typeof( Persona )
);
//Create the request object
WebRequest req = WebRequest.Create(uri);
WebResponse resp = req.GetResponse();
Stream stream = resp.GetResponseStream();
TextReader r = new StreamReader( stream );
Persona order = (Persona) s.Deserialize( r );
//handle the result as needed...
This bundle contains C# source code.
Files
| name | size |
|---|---|
| ifyouwannabecool-dotnet.zip | 2.15K |
Java Client Library
Created Dec 10, 2012 1:59:05 PM
Introduction
The Java client-side library is used to access the Web service API for this application.
The Java client-side uses JAX-WS to access the SOAP API for this application.
JAX-WS Example
// instantiate a new service with an impl
// (or through dependency injection, or whatever)...
PersonaService service = new PersonaService();
//make the remote call to read the result...
result = service.readPersona(personaId);
//handle the result as needed...
The JAX-WS client-side library is used to provide the set of Java objects that can be serialized to/from XML using JAXB. This is useful for accessing the REST endpoints that are published by this application.
REST Example (Raw JAXB)
java.net.URL url = new java.net.URL(baseURL + "/persona/{id}");
JAXBContext context = JAXBContext.newInstance( Persona.class );
java.net.URLConnection connection = url.openConnection();
connection.connect();
Unmarshaller unmarshaller = context.createUnmarshaller();
Persona result = (Persona) unmarshaller.unmarshal( connection.getInputStream() );
//handle the result as needed...
REST Example (Jersey client)
com.sun.jersey.api.client.Client client = com.sun.jersey.api.client.Client.create();
Persona result = client.resource(baseUrl + "/persona/{id}")
.get(Persona.class);
//handle the result as needed...
Files
| name | size | description |
|---|---|---|
| ifyouwannabecool-client.jar | 25.32K | The binaries for the Java client library. |
| ifyouwannabecool-client-sources.jar | 16.41K | The sources for the Java client library. |
Java JSON Client Library
Created Dec 10, 2012 1:59:05 PM
Introduction
The Java client-side library is used to provide the set of Java objects that can be serialized to/from JSON using Jackson. This is useful for accessing the JSON REST endpoints that are published by this application.
REST Example (Raw Jackson)
java.net.URL url = new java.net.URL(baseURL + "/persona/{id}");
ObjectMapper mapper = new ObjectMapper();
java.net.URLConnection connection = url.openConnection();
connection.connect();
Persona result = (Persona) mapper.readValue( connection.getInputStream(), Persona.class );
//handle the result as needed...
Files
| name | size | description |
|---|---|---|
| ifyouwannabecool-json-client.jar | 2.45K | The binaries for the Java JSON client library. |
| ifyouwannabecool-json-client-sources.jar | 1.92K | The sources for the Java JSON client library. |
Objective C Client Library
Created Dec 10, 2012 1:59:04 PM
Introduction
The Objective C module generates the source code for the Objective C classes and (de)serialization functions that can be used in conjunction with libxml2 to (de)serialize the REST resources as they are represented as XML data.
The generated Objective C source code depends on the XML Reader API and the XML Writer API as well as the base OpenStep foundation classes.
REST XML Example
#import <ifyouwannabecool.h>
//...
IFYOUWANNABECOOLPERSONAPersona *responseElement;
NSData *responseData; //data holding the XML from the response.
NSURL *baseURL = ...; //the base url including the host and subpath.
NSURL *url = [NSURL URLWithString: @"/persona/{id}" relativeToURL: baseURL];
NSMutableURLRequest *request = [[NSMutableURLRequest alloc] initWithURL:url];
NSURLResponse *response = nil;
NSError *error = NULL;
[request setHTTPMethod: @"GET"];
//this example uses a synchronous request,
//but you'll probably want to use an asynchronous call
responseData = [NSURLConnection sendSynchronousRequest:request returningResponse:&response error:&error];
IFYOUWANNABECOOLPERSONAPersona *responseElement = [IFYOUWANNABECOOLPERSONAPersona readFromXML: responseData];
[responseElement retain];
//handle the response as needed...
Files
| name | size | description |
|---|---|---|
| ifyouwannabecool.h | 3.00K | |
| ifyouwannabecool.m | 38.32K | |
| enunciate-common.h | 12.81K | Common header needed for all projects. |
| enunciate-common.m | 42.61K | Common implementation code needed for all projects. |


AMERICAN PIE A film review by David N. Butterworth Copyright 1999 David N. Butterworth
**1/2 (out of ****)
"American Pie" does for deep dish baked goods what "There's Something About Mary" did for styling gel.
Ever since Cameron Diaz first put *that* stuff in her hair, filmmakers have been trying to out-vulgar the Farrelly Brothers' runaway hit of last year. With its story of four high-school seniors forming a pact to lose their virginity before they graduate, "American Pie" screenwriter Adam Herz has devised a fertile proving ground for doing precisely that.
While it's not subtle (not that anyone could accuse the Farrellys of subtlety either), it sure is funny, and its fine young cast keeps the film humming along even if, as with "'Mary," the vulgarity is often way over the top.
The four high schoolers who form the core of this juvenile sex comedy aren't your typical teenage stereotypes. In fact, they're all pretty normal, right down to the burning desire to cross that line into manhood.
Kevin (Thomas Ian Nicholas) has the advantage over his three friends in so much as he actually has a girlfriend. And he's even made it to third base with her which, he tells his friend Jim (Jason Biggs, with a 'macadam geek cut), is like warm apple pie. But Vicky (Tara Reid) is looking for the L-word (not to mention perfection) for her first time and Kev isn't quite ready for that. Vicky's girlfriend is played by Natasha Lyonne who, unfortunately, fails to live up to the promise she showed in "Slums of Beverly Hills." She simply follows Vicky around making off-color remarks.
Jim has an understanding father (played by Eugene Levy, the only "star" name in the picture) who tries to educate his son in the sexual reproduction arena, much to Jim's obvious embarrassment. Finch (Eddie Kaye Thomas) is also girlfriend-less, perhaps because of his unusual habit of heading home from school every time he needs to use the bathroom. And Oz (Chris Klein), the sensitive one of the bunch, is an affable big lug of a lacrosse player (Klein played an affable big lug of a football player in "Election") who joins a singing group in order to stake his claim on an unsuspecting vocalist.
The "action" tends to center at the home of the loudest, most abrasive guy on campus, who throws the kind of wild parties at which most kids get drunk, get sick, get laid, and pass out. Stifler, expertly played by Seann William Scott, is a spot-on personification of the jock we've all had the misfortune to know at one point during our pubescent years, but it's Stifler's Mom (Jennifer Coolidge) who gets one of the film's biggest laughs.
Although director Paul Weitz has a real knack for conjuring up outrageous scenes (which include such props as a tube sock, the afore-mentioned lattice tart, the Internet, and everybody's favorite, a bottle of laxative), he's not quite as adept at pacing the scenes for maximum effect.  Fortunately Herz makes up for Weitz's poor timing by cramming his script with enough raunch and risqué humor to sink a battleship.
"American Pie" has already knocked "Wild Wild West" off the top spot and word of mouth will assure it of a huge box office return. For all of its crudeness and lewdness, the film does provide something of a public service: it teaches us that sex is as wholesome, natural, and all-American as apple pie.
-- David N. Butterworth<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Born in New York city. Dani believes art gives mankind an essential and irreplaceable cultural language in which to express and know itself. Dani believes art can transcend cultural and socio-economic barriers, fostering understanding, mutual respect and unity among disparate peoples.
The street was glorious in its inception. The sidewalks were smooth grey stones, joined with such precision that the joins were almost invisible. The walls were concrete, but not like a villa in rural Spain; they were more akin to the construction of a modernist skyscraper, all sharp edges and corners.
The inner city grew out of the cracked sidewalk like the jagged gap-toothed grin of an old junkie. The only splash of color in the grime came from the lurid graffiti and the sidewalks were littered with injection paraphernalia


Gateway
BOT
26-Nov-19 12:57 PM
[dscrd-hush] <denio> I saw no copyright...in their github. It's not that hard to decompile apk to sourcecode
[dscrd-hush] <denio> But yeah it's funny that he takes all open source he can get but make his repo privat
[dscrd-hush] <denio> But tbh who cares about this ZER project
(edited)
[dscrd-hush] <denio> Who wants to have privacy will not use closed sourced
[dscrd-hush] <Privatoshi> @denio Agreed and agreed.
[dscrd-hush] <Privatoshi> It's a decent project. And if it's not named ZEC or XRP, I don't mind recognizing good work. But he kind of ruined that by making it private & closed source.
[dscrd-hush] <Privatoshi> If your project is able to build something or onto something, that is used by other projects, then I'd think that that is a good reason to be proud of the work and the contribution.
[dscrd-hush] <dukeleto> @Privatoshi @denio ZER could even be stealing from SDA, which both of you have worked on
[dscrd-hush] <dukeleto> and if they are, that would be a copyright violation as well
[dscrd-hush] <Privatoshi> I didn't think of this.
[dscrd-hush] <Privatoshi> I'm decompiling the code
[dscrd-hush] <Privatoshi> Right now
[dscrd-hush] <dukeleto> @Privatoshi was going to ask you, lol. i have never decompiled an APK
[dscrd-hush] <denio> I checked it @dukeleto
[dscrd-hush] <dukeleto> orly
[dscrd-hush] <denio> Decompile is easy
Decompile Android Apk applications and extract Java source code and resources ONLINE
[dscrd-hush] <dukeleto> does it show anything interesting?
[dscrd-hush] <dukeleto> this is investigative reporting
[dscrd-hush] <gilardh> I am not sure that we find the exact original source code.
[dscrd-hush] <denio> They use lightwallet instead of sd
[dscrd-hush] <denio> That's interesting
[dscrd-hush] <denio> Direct connect like sdl
[dscrd-hush] <dukeleto> it makes sense, have an android app directly be the lite wallet
[dscrd-hush] <Privatoshi> Apktool
Apktool - A tool for reverse engineering 3rd party, closed, binary Android apps. It can decode resources to nearly original form and rebuild them after making some modifications
[dscrd-hush] <Privatoshi> This one is the best.
[dscrd-hush] <Privatoshi> @dukeleto
[dscrd-hush] <dukeleto> @Privatoshi post the decompiled source code to their app on github and then tweet to them that it's open source now
[dscrd-hush] <dukeleto> :troll:
[dscrd-hush] <dukeleto> 100 Hush bounty
[dscrd-hush] <dukeleto> just to fuck with them
[dscrd-hush] <dukeleto> "When the Hush community sees code in bondage, we want to free it"
[dscrd-hush] <dukeleto> FREEDOM FOR ALL CODE
[dscrd-hush] <gilardh>
[dscrd-hush] <denio>
[dscrd-hush] <Privatoshi> That could get me sued, couldn't it?
[dscrd-hush] <dukeleto> nope
[dscrd-hush] <dukeleto> there is no license!!
[dscrd-hush] <Privatoshi> Hmmm
[dscrd-hush] <Privatoshi> Free the code
[dscrd-hush] <dukeleto> they posted the code to a public server
[dscrd-hush] <Privatoshi> Vive le codè!!!!
[dscrd-hush] <dukeleto> silly them, not realizing APKs are trivial to reverse
[dscrd-hush] <denio> There is no copyright atm
[dscrd-hush] <dukeleto> yep, no copyright and no license
[dscrd-hush] <Privatoshi> Then let's Gist it anon
[dscrd-hush] <Privatoshi>
[dscrd-hush] <Privatoshi> They thought they were clever
[dscrd-hush] <dukeleto> @Privatoshi make an anon github account with new burner email
[dscrd-hush] <denio> Let's push in Hush repo and set copyright
[dscrd-hush] <Privatoshi> Okay @dukeleto
[dscrd-hush] <dukeleto> @denio now you are talking
[dscrd-hush] <dukeleto> bbiab
[dscrd-hush] <Privatoshi> @denio God damn
[dscrd-hush] <denio>
[dscrd-hush] <dukeleto> YES
[dscrd-hush] <dukeleto> we can make it GPLv3
[dscrd-hush] <Privatoshi> Hush Sapling Mobile wallet
[dscrd-hush] <denio>
[dscrd-hush] <Privatoshi> Let's photo.edit the main Android app screen with hush
[dscrd-hush] <Privatoshi> And make them think we already did it lol
[dscrd-hush] <Privatoshi> That'd be something nice to wake up to
[dscrd-hush] <Privatoshi> Okay I'm off to do the deed
[dscrd-hush] <Privatoshi> :hush_white: :hush_white:
[dscrd-hush] <Privatoshi> Wen Tor?!? Kek
[dscrd-hush] <Captain> @Privatoshi maybe Dutch tweets would good. But I don't think that it is the main goal at the mean time. We really need some decent exchange listings
[dscrd-hush] <Captain> Ouwe trading volume is simply too low
[dscrd-hush] <Captain> Our*
[dscrd-hush] <Privatoshi> @Captain Maybe it's just me, but I see nothing wrong with the current exchanges that we are on.
[dscrd-hush] <Captain> Liquidity is what this coin needs in my opinion.
[dscrd-hush] <Privatoshi> Then less exchanges would be better..
More would spread the volume out
[dscrd-hush] <Privatoshi> Look at Verus
[dscrd-hush] <Privatoshi> They're on 4 or 5 exchanges
[dscrd-hush] <Privatoshi> 1 has volume
[dscrd-hush] <Captain> Daily volume is insanely low at the exchanges where at
[dscrd-hush] <Captain> Which exchanges are we on?
[dscrd-hush] <denio> graviex has the most volume
[dscrd-hush] <denio> then atomicdex i guess
[dscrd-hush] <Captain> 91K volume today at Graviex. So not even 13 btc
[dscrd-hush] <Privatoshi> Graviex has hit 1 BTC Hush
[dscrd-hush] <Privatoshi> Just a few weeks ago
[dscrd-hush] <Privatoshi> But I understand where you're coming from
[dscrd-hush] <Captain> Still peanuts haha
[dscrd-hush] <denio> craptopia break our exchange neck....
(edited)
[dscrd-hush] <denio> but we are out of the coma
[dscrd-hush] <denio> step for step we have to improve this
[dscrd-hush] <Captain> That shouldn't be holding us back. The hole team did a amazing progress!
[dscrd-hush] <denio> but find valuable exchange is not easy
[dscrd-hush] <Privatoshi> That's right. Everyone has done well.
[dscrd-hush] <denio> most of them want much BTC to list...but you get 0 value back
[dscrd-hush] <Captain> Everything is going well except the liquidity. That's what I mean
[dscrd-hush] <Privatoshi> You're right
[dscrd-hush] <denio> aggree


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PWAs are great, since you can build native-mobile-app-like experiences.
Core features are:
- Installable on Homescreen
- Offline support with service workers
- Usage of various caching strategies
- Web push notifications
- Background sync
- Native device features like camera
- Way more...
PWAs really are awesome. And you can turn any application into a PWA.
Or simply start using some of the features that make up a complete PWA. That process is called "progressive enhancement" and what the "progressive" in "Progressive Web App" stands for.
Don't hesitate, dive into PWAs!


Hiroshima was founded in 1598 as a castle town on the Ōta River delta. Following the Meiji Restoration in 1868, Hiroshima rapidly transformed into a major urban center and industrial hub. In 1889, Hiroshima officially gained city status.
SO WHAT HAPPENED?
On August 6, 1945, during World War II (1939-45),
an American B-29 bomber dropped the world's first deployed atomic bomb over the Japanese city of Hiroshima.
The explosion immediately killed an estimated 80,000 people; tens of thousands more would later die of radiation exposure
Even before the outbreak of war in 1939, a group of American scientists—many of them refugees from fascist regimes in Europe—became concerned with nuclear weapons research being conducted in Germany.
In 1940,the U.S. government began funding its own atomic weapons development program t, which came under the joint responsibility of the Office of Scientific Research and Development and the War Department after the U.S. entry into World War II. The U.S. Army Corps of Engineers was tasked with spearheading the construction of the vast facilities necessary for the top-secret program, codenamed “The Manhattan Project” (for the engineering corps’ Manhattan district).
some of the most devastating effects included:
loss of 140,000 lives
increased radiatiation to levels of 0.87mSv/a
40%of Hiroshima was destroyed
surge in birth of deformed babies
"LITTLE MAN AND FAT BOY ARE DROPPED"'Little Boy' and 'Fat Man' Are Dropped
Hiroshima, a manufacturing center of some 350,000 people located about 500 miles from Tokyo, was selected as the first target. After arriving at the U.S. base on the Pacific island of Tinian, the more than 9,000-pound uranium-235 bomb was loaded aboard a modified B-29 bomber christened Enola Gay (after the mother of its pilot, Colonel Paul Tibbets). The plane dropped the bomb—known as “Little Boy”—by parachute at 8:15 in the morning, and it exploded 2,000 feet above Hiroshima in a blast equal to 12-15,000 tons of TNT, destroying five square miles of the city.
Hiroshima’s devastation failed to elicit immediate Japanese surrender, however, and on August 9 Major Charles Sweeney flew another B-29 bomber, Bockscar, from Tinian. Thick clouds over the primary targetJAPAN SURRENDERSAt noon on August 15, 1945 (Japanese time), Emperor Hirohito announced his country’s surrender in a radio broadcast. The news spread quickly, and “Victory in Japan” or “V-J Day” celebrations broke out across the United States and other Allied nations. The formal surrender agreement was signed on September 2, aboard the U.S. battleship Missouri, anchored in Tokyo Bay.
The restoration process took approximately two years and the city's population, which had dwindled to about eighty thousand after the bombing, doubled in a short time.
Hiroshima had been completely destroyed by the A-bomb, but gradually electricity, transportation, and other functions were restored. The people collected any unburned materials they could find and began rebuilding their homes and their lives
After the defeat of Japan in World War II, the United States led the Allies in the occupation and rehabilitation of the Japanese state.


The German and Polish COVID-19 ForecastHub aims to bring together short-term forecasts of the further course of the pandemic in Germany and Poland. Our goal is to systematically compare different predictions, identify particularly reliable models and assess whether combinations of different forecasts can yield more reliable results.
The platform is run by members of the Chair of Statistics and Econometrics at Karlsruhe Institute of Technology and the Computational Statistics Group at Heidelberg Institute for Theoretical Studies, with support from the Signale Team at Robert Koch Institut. The project is developed in close exchange with the US COVID-19 ForecastHub run by the Reich Lab at the University of Massachusetts, Amherst.
This project is public and all forecasts can be downloaded from our github repository.
The German and Polish COVID-19 Forecast Hub also forms the basis of a pre-registered forecast evaluation study on which we plan to report in 2021. The protocol is available here.
We currently focus on short-term forecasts of confirmed cases and deaths from COVID-19. Both targets are addressed both at an incident (i.e. weekly new cases and deaths) and a cumulative scale (total cases and deaths). New forecasts are issued every Monday/Tuesday and cover forecast horizons of one through four weeks into the future. A detailed description of forecast targets can be found here.
Our project aims at both providing forecasts in real time and evaluating systematically how reliable these forecasts are. Please keep the following in mind when interpreting forecasts:
One goal of this platform is to compare the forecast performance of different models systematically. Results will be included on this website shortly. An outline of the methods used for evaluation can be found in this preprint.
Each week we combine the different forecasts submitted to the platform into so-called ensemble forecasts. Such combined forecasts are known to yield more reliable predictions in many domains and are becoming increasingly used in epidemiology. See here for a recent preprint on ensemble forecasts based on the US COVID-19 Forecast Hub. Technical details are provided in this wiki entry.
More specifically, we provide three different ensemble models that are computed as follows:
As a reference in our forecast evaluation study the Forecast Hub Team generates forecasts from two simple reference models:
Forecasts at the national level (both Poland and Germany) can refer to the two following data sources:
CSSE, Johns Hopkins University
Our visualization tool allows users to align the different forecasts with the different ground truths. For regional-level forecasts we use data from the following sources:
If you are working on forecasting of COVID-19 dynamics in Germany and/or Poland do not hesitate to get in touch with us.


| 024:001 Khan | : |
(This is) a Surah (chapter of the Qur'an) which We have sent down and which We have enjoined, (ordained its legal laws) and in it We have revealed manifest Ayat (proofs, evidences, verses, lessons, signs, revelations lawful and unlawful things, and set boundries of Islamic Religion), that you may remember. |
| 024:001 Maulana | : |
(This is) a chapter which We have revealed and made obligatory and wherein We have revealed clear messages that you may be mindful. |
| 024:001 Pickthal | : |
(Here is) a surah which We have revealed and enjoined, and wherein We have revealed plain tokens, that haply ye may take heed. |
| 024:001 Rashad | : |
A sura that we have sent down, and we have decreed as law. We have revealed in it clear revelations, that you may take heed. |
| 024:001 Sarwar | : |
This is a chapter which We have revealed to you and made obligatory for you to follow its guidance. We have revealed clear verses in it so that perhaps you may take heed. |
| 024:001 Shakir | : |
(This is) a Chapter which We have revealed and made obligatory and in which We have revealed clear communications that you may be mindful. |
| 024:001 Sherali | : |
This is a Surah which WE have revealed and the ordinances of which WE have made obligatory; and WE have revealed therein clear commandments that you may take heed. |
| 024:001 Yusufali | : |
A sura which We have sent down and which We have ordained in it have We sent down Clear Signs, in order that ye may receive admonition. |
Concepts/Themes Covered: القرآن الكريم > حقيقته وتصديقه للكتب الأوائل The Holy Quran> The Quran's Reality and its confirmation of the Previous Books
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


Life
Homemade whipped cream
My brother's sweet laughter
My mom's safe, comforting bear hug
The smell of freshly brewed morning coffee
The warm sun heating my back
The loud reckless pool
The woodsy scent of a bonfire
Friday nights
Rich chocolate mousse cake
The fresh summer breeze
Family game nights
Long walks in the woods
Love


- AJAX Functionality
- Client Template Rendering – out of the box client-side templating engine. It seems to be very tightly integrated with ASP.NET infrastructure. DataView control looks very good.
- Script Manager now allows to use any JS library and not only ASP.NET AJAX.
- Very large client-side infrastructure support and integration with .NET (see pic)
- WebForms
- Enabling View State for Individual Controls – nice addition.
- Routing (it really came from ASP.NET MVC available in .NET 3.5) – it’s said that it is easier to use it.
- Setting Client IDs – there have been a lot of feedback on it since .NET 1. And it seems Microsoft has finally attended this issue. It allows to control the IDs on the generated HTML. It my opinion this is one of the most significant improvements in WebForms.
- FormView Control now can render content with not table at all which is great thing (finally!).
- ListView has better control over the HTML.
- Data
- Support for inheritance in Data Model for both EF and Linq2Sql.
- EF supports many-to-many relationships.
- VS Web Designer Improvements
- Improved CSS compatibility – better CSS 2.1 compliance (however I’m not sure how better it is).
- Web.config transformation – allows to modify the .config file before deployment. Very useful feature I wanted it so many times before.
Honestly saying I do not see too cardinal changes, I would say that a lot of outstanding issues have been addresses (especially control over generated HTML). I do not see big innovations here. So wouldn’t jump into ASP.NET 4.0 just now. And, who knows, maybe I’ll just totally skip and will pick ASP.NET 5.
Just please do not mix ASP.NET 4 and .NET Framework 4 . There are numerous changes made in .NET 4.


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Manager
- Name: Bob Belcher
- ID Number: 32947
- Email Address<EMAIL_ADDRESS>- Office Number: 8
Engineer
- Name: Linda Belcher
- ID Number: 32957
- Email Address<EMAIL_ADDRESS>- Github: bleakney
Intern
- Name: Tina Belcher
- ID Number: 2457
- Email Address<EMAIL_ADDRESS>- School: Wagstaff
Intern
- Name: Louise Belcher
- ID Number: 89475
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- ID Number: 3297
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Randy Rhoads’s Stolen Gear Found In North Hollywood Dumpster
The gear that Ozzy put out a $25k reward on has been recovered.
Yesterday, it was announced that Ozzy Osbourne was offering a $25,000 reward for the return of gear belonging to his late guitarist Randy Rhoads. The gear had apparently been stolen from the Musonia School Of Music, a school started by Randy’s mother Delores. Now, a woman has discovered the stolen gear in, of all places, a North Hollywood dumpster.
According to ABC7, local woman Bobbi Fredriksz saw a guitar in a dumpster yesterday morning while walking her dog. She didn’t think much of it until she saw a news report about the reward, and put two and two together.
“As I was laying in bed, not feeling well, when it came on I was like wait a minute, oh my God,” Fredriksz said. “I ran all the way back over here it was still here. Somebody else started to see it and called police.”
Randy Rhoads’ nephew Nick D’Argenzio thanked the Osbournes for their help.
“We’re really thankful the Osbournes sent a message out to the community yesterday,” said Nick. “I think that’s what spread the word further. We’re grateful to the Osbournes for helping promote the news about it.”
READ THIS: 8 times Ozzy Osbourne earned his reputation as rock’s greatest madman
Here’s video featuring photos of the items, courtesy of The Metal Voice:
Whether only selected pieces of the stolen memorabilia were reclaimed, or the entire haul was recovered. Here’s what Ozzy listed as the full extent of the stolen items:
”* Randy Rhoads’ First Electric Guitar Owned, Harmony Rocket Est. 1963
* Randy Rhoads’ Original Quiet Riot Gear - Peavey Amp Head, 1970s
* Randy Rhoads Series Marshall Head, Rare Protoype No. 1 or 2 given to the family by Marshall Company.
* Delores Rhoads’ First Trumpet, a Prewar/Great Depression Era Silver Fresh Besson Trumpet. This was given to her as a child by her medical doctor father in exchange for medical services as a barter during the great depression. This subsequently sparked Delores Rhoads long lived music career.
* 40 years of fan gifts to the Rhoads Family, memorabilia, all photos of Randy Rhoads, the Osbournes, Delores Rhoads, and miscellaneous instruments were taken. The photo shown in the main room was cleared out.”
READ THIS: 11 great albums disliked by the people who made them


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---
layout: post
status: publish
published: true
title: Five Steps to Writing a Sermon (My Sermon Writing System)
author: Ryan Hayden
wordpress_id: 48
wordpress_url: http://ryan-hayden.com/?p=48
date: '2011-08-29 20:48:44 -0500'
date_gmt: '2011-08-30 01:48:44 -0500'
categories:
- Ministry Tech
tags: []
---
Recently, someone asked me how I prepare sermons. I don’t know why anybody would be interested in this information, but I do think I have found a system that works (for me).
-
Plan out expository sermon series well in advance.
One of the things that has helped me immensely is to plan out my sermons by series well in advance of when I preach. The main reason I do this is because it gives me a plan of study that keeps me from wondering off into tangent sermons. I have found this idea of planning to be super useful not just for preaching but for teaching as well, I plan out every lecture for the whole year when I have to teach a course and it takes something big and makes it small enough to handle.
Some would say that this level of planning hinders the work of the Holy Spirit, but I would say the opposite is true. I have found that the planned sermons are just what I need and just what the congregation needs. No one can complain that I am picking on them if I preach on something going on now, because I planned out the sermon six months ago.
-
Read, re-read, and re-reread the passage. Write down any ideas that come to mind as Evernote notes.
About a week before I need to preach a sermon, I start to read and reread the passage of scripture that I am preaching on. I do this during a separate time from my personal devotions. Usually, after I have read a passage through several times, some idea of how to best present the theme or truth in the passage comes to mind and I write in down in Evernote.
I almost never use the first outline that comes to mind, it usually takes me several revisions. I can access both my notes on the passage and the passage itself via my iPad pretty much wherever I am at.
-
Read (or listen to) relevant material on the subject from other men.
After I have read a passage through a sufficient number of times to get the feel for the passage myself, I will read some commentaries and listen to others preach on the passage. I love sermonaudio.com for this, as I can look up sermons by passage. Sometimes, I will listen to sermons or read commentaries that I wouldn’t recommend to just anybody.
All the while as I am doing this I will continue to put notes into Evernote. After a few days I will have quite a large number of little text files containing outline idea, quotes and relevant cultural and historical information.
-
Write out a full sermon manuscript.
My next step is to write out a sermon manuscript. I am not a manuscript preacher, but I do not feel prepared unless I have a full manuscript written out. I rarely say all that I have written, and almost always veer off of my manuscript while preaching, but I still think this stage is invaluable.
While manuscript writing is hard work, it doesn’t take nearly as much time as reading and ideating about the text. When I have done steps two and three correctly, usally the manuscript just comes together.
(I am very careful to write a manuscript as a speaker and not as a writer. I avoid long sentences and big words, because as I am speaking people can’t reread a sentence or examine the context of a word. I try to close my eyes and type as I would speak, that may be the most valuable part of this step.)
-
Winnow down my manuscript to the essentials and print it out to preach.
I don’t like to use a manuscript as I speak. I find that having something to read will make me a reader and not a preacher (the manuscript for me is a crutch, and I can’t have it in front of me.) So a day or so after the manuscript has been written, I will read it, make any changes that need to be made and type out an outline that contains:
- Scripture references that need to be read
- Quotes I don’t want to mess up
- Sentences I don’t want to omit
- The outline
When this if finished I print it off , fold it in my Bible (which I only use for preaching) and open it again when I am ready to preach.


ESPPartialDataBuilder Class Reference
| Inherits from | NSObject |
|---|---|
| Declared in | ESPPartialDataBuilder.h |
Overview
ESPPartialDataBuilder
Discussion: Adds partial ESP packets together until they make a full packet. Long ESP Packets (longer than 20 bytes) are split into chunks using the following rules: 1. The first byte of each chunk will be the Chunk Index Byte, which indicates the chunk index and the number of chunks in the packet. 2. The maximum chunk size, including the Chunk Index Byte, is 20 bytes. 3. Chunks will be transmitted in the correct order. There is not guarantee that the chunks will be received in the correct order so care must be taken when reassembling chunked packets.
– addPartial:
Adds a partial to attempt to build a full ESPPacket
- (ESPPacket *)addPartial:(ESPPartialData *)partial
Parameters
partial |
the partial to be added |
|---|
Return Value
a full ESPPacket if one can be constructed, or nil if a full ESPPacket cannot be constructed
Discussion
Adds a partial to attempt to build a full ESPPacket
Declared In
ESPPartialDataBuilder.h
– removeAllPartials
Removes all the added partials
- (void)removeAllPartials
Discussion
Removes all the added partials
Declared In
ESPPartialDataBuilder.h


Return-Path<EMAIL_ADDRESS>X-Sieve: CMU Sieve 2.3 X-Virus-Scanned: amavisd-new at site Authentication-Results: linux.site (amavisd-new); dkim=pass (1024-bit key) header.d=kde.org Received: from postbox.kde.org (localhost.localdomain [<IP_ADDRESS>]) by postbox.kde.org (Postfix) with ESMTP id 3167DB6E75; Wed, 5 Oct 2016 20:21:47 +0000 (UTC) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (above comment is a test-case from bug #425345) DKIM-Signature: v=1; a=rsa-sha256; c=simple/simple; d=kde.org; s=default; t=1475698907; bh=6i+3UfR6HLC54wVtp5SF4sVWvQn63jzu9vD2zJal/kY=; h=From:To:Subject:Date:Reply-To:List-Id:List-Unsubscribe:List-Post: List-Help:List-Subscribe:From; b=M5nfHbmJe/4DPuidrJ901dUzX3FmpVpyUrPM961Or9bKrMO+z9gaTUwbfPR74Rq8B Rv66yf3ZaDuRZxv/ARPzpr8qnDTtf13WRFZ/ySdqqqQJKeBqCAd7/wbR0kHhypvpwe z4nY6+bNnjvFelPXR56o16b+/Ib2GTYJ9hwiG97U= X-Original-To<EMAIL_ADDRESS>Delivered-To<EMAIL_ADDRESS>Received-SPF: Neutral (access neither permitted nor denied) identity=mailfrom; client-ip=<IP_ADDRESS>; helo=h2265959.stratoserver.net<EMAIL_ADDRESS><EMAIL_ADDRESS>From: Volker Krause<EMAIL_ADDRESS>To<EMAIL_ADDRESS>Cc<EMAIL_ADDRESS>"Giant; \"Big\" Box"<EMAIL_ADDRESS>(CC example from RFC 5322 Appendix A.1.2) Subject: KSyntaxHighlighting is cool! Happy: :-) Sad: :-( Subject goes on here > < ] [ Date: Wed, 05 Oct 2016 22:19:17 +0200 Message-ID: <2420385.jiZKTgWtgY@vkpc5> Organization: KDE User-Agent: KMail/4.14.10 (Linux/4.1.13-5-default; KDE/4.14.16; x86_64; git-91275a7; 2015-12-13) MIME-Version: 1.0 Content-Type: multipart/signed; boundary="nextPart1575059.2yRQ5x6HOo"; micalg="pgp-sha1"; protocol="application/pgp-signature" X-BeenThere<EMAIL_ADDRESS>X-Mailman-Version: 2.1.16 Precedence: list Reply-To<EMAIL_ADDRESS>List-Id: Kate/KWrite Mailing List <kwrite-devel.kde.org> List-Unsubscribe: <https://mail.kde.org/mailman/options/kwrite-devel>, <mailto:kwrite-devel-request@kde.org?subject=unsubscribe> List-Post<EMAIL_ADDRESS>List-Help: <mailto:kwrite-devel-request@kde.org?subject=help> List-Subscribe: <https://mail.kde.org/mailman/listinfo/kwrite-devel>, <mailto:kwrite-devel-request@kde.org?subject=subscribe> Errors-To<EMAIL_ADDRESS>Sender: "KWrite-Devel"<EMAIL_ADDRESS>--nextPart1575059.2yRQ5x6HOo Content-Transfer-Encoding: 7Bit Content-Type: text/plain; charset="us-ascii" Hi, when trying to add the unit test for the new Praat highlighting to KF5::SyntaxHighlighting it turned out that the output doesn't match at all that of Kate. We managed to trace this back to the following rather surprising (and apparently undocumented) behavior in Kate: When a context switch (anywhere in a line) pops more contexts than were on the stack when starting the line, it executes line end context switches of the previous line contexts. | | | | | | The corresponding code is in KateHighlighting::generateContextStack(), | | > | > KF5::SyntaxHighlighting doesn't do this (yet), Praat is apparently the first > | > format we have tests for that uses this behavior. > Does anyone remember why we do this, or happens to know which highlighting > files besides Praat rely on this? > > Archeology can trace this back to the dark CVS ages even, one reference > > Dominik has dug up is a 10 year old SVN commit > > (https://quickgit.kde.org/?p=kdelibs.git&a=commit&h=90ef47f582277745f727d89f05f72f1e1705fdc4 > >), where Christoph claims to understand what this code does ;) > > > As this is highly unexpected and hard to reason about behavior, Dominik and I > > > > were wondering if we can possibly drop this, and rather fix affected > > > > > highlighting files instead? Regards, Volker --nextPart1575059.2yRQ5x6HOo Content-Type: application/pgp-signature; name="signature.asc" Content-Description: This is a digitally signed message part. Content-Transfer-Encoding: 7Bit -----BEGIN PGP SIGNATURE----- Version: GnuPG v2 iD8DBQBX9WBIf5bM1k0S0kcRAireAJ4lCWa08Y5yU1ezIvKVCAfnkhcUbACgou0O X4c+lkPI0tti59KV1vetaeU= =VqDS -----END PGP SIGNATURE----- --nextPart1575059.2yRQ5x6HOo--